OKR template to develop a scalable architecture for a video streaming platform
The OKR focuses on the creation of a scalable architecture for a video streaming platform. The main goal involves the development of this platform, ensuring its scalability to accommodate a larger user base in the future. The desired outcome of this goal is designing a platform that functions effectively under high user traffic, ensuring 99.99% uptime and availability.
Secondly, this OKR emphasizes enhanced user experience by improving video load times to an average of 3 seconds or less for 95% of the users. This further boosts the platform's performance while maintaining the quality of service delivered to the user.
Thirdly, it aims at increasing the platform's streaming capacity by 30% to accommodate higher user engagement. This involves conducting load testing, implementing a CDN, optimizing server configurations, and upgrading the network infrastructure for improved bandwidth.
Lastly, the ambition is to implement a distributed storage solution to reduce data retrieval time by 20%. This involves designing and thoroughly testing a new distributed storage architecture, researching potential solutions, and conducting a thorough analysis of the current storage system.
Secondly, this OKR emphasizes enhanced user experience by improving video load times to an average of 3 seconds or less for 95% of the users. This further boosts the platform's performance while maintaining the quality of service delivered to the user.
Thirdly, it aims at increasing the platform's streaming capacity by 30% to accommodate higher user engagement. This involves conducting load testing, implementing a CDN, optimizing server configurations, and upgrading the network infrastructure for improved bandwidth.
Lastly, the ambition is to implement a distributed storage solution to reduce data retrieval time by 20%. This involves designing and thoroughly testing a new distributed storage architecture, researching potential solutions, and conducting a thorough analysis of the current storage system.
Develop a scalable architecture for a video streaming platform
Integrate a monitoring system to ensure 99.99% platform availability and uptime- Achieve an average video load time of 3 seconds or less for 95% of users
- Increase platform's streaming capacity by 30% to accommodate higher user traffic
Conduct load testing and identify performance bottlenecks to optimize streaming capacity- Implement content delivery network (CDN) to distribute traffic and reduce latency
- Optimize server configurations to increase platform's streaming capacity by 30%
- Upgrade network infrastructure for improved bandwidth and faster streaming capabilities
- Implement a distributed storage solution to reduce data retrieval time by 20%
- Design and develop a robust distributed storage architecture
- Implement and thoroughly test the chosen distributed storage solution
- Research and identify suitable distributed storage solutions
- Conduct a thorough analysis of the current storage system
